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Anti-UV coated Polycarbonate (PC) sheet is a high-performance material offering a multitude of benefits: Optical & Durability: It provides exceptional light transmittance up to 89%, rivaling glass, with superior long-term UV stability that minimizes yellowing and haze. Its most renowned feature is incredible impact resistance—250-300 times stronger than standard glass and significantly stronger than acrylic. […]

Nylon, or Polyamide (PA), is a versatile family of semi-crystalline engineering thermoplastics known for the following profile: Advantages: It offers high mechanical strength combined with outstanding toughness, impact resistance, and good compressive strength. Its fatigue resistance is excellent, capable of withstanding repeated cyclic loading. Nylon has a naturally smooth surface with a low coefficient of

Understanding the thermal behavior of polymers is defined by several key transition temperatures. 1. Glass Transition Temperature (Tg): This is the critical temperature at which an amorphous polymer or the amorphous regions of a semi-crystalline polymer transition from a hard, glassy state to a softer, rubbery (high-elastic) state upon heating. It represents the onset of

While plastic aging is an irreversible natural process, its rate can be significantly slowed through various chemical and physical methods, effectively extending product life. Reinforcement with Fillers: Adding organic (wood flour, fabric fibers) or inorganic (glass fibers, carbon black) fillers improves mechanical strength and heat resistance. Addition of Plasticizers: These enhance plasticity, reduce brittleness, and

Both PA6 and PA66 are thermoplastics valued for being light, tough, and chemically resistant, finding extensive use in fibers (civil, industrial, fishing nets), injection molded parts (durable, wear-resistant components), and films. Despite their similarities, subtle differences in their properties dictate distinct application suitability. Physical Properties & Production: Both are translucent, milky-white crystalline polymers. Their production

Interior and exterior parts High-performance reinforced polyamide composites for automobiles have excellent weather resistance, good paint performance and outstanding performance. In order to meet the requirements of internal and external decoration, reinforced polyamide materials should meet the following requirements: 1). High heat resistance, long-term use; 2) excellent combination of rigidity and toughness; 3). It can

ABS resin is an opaque, ivory-colored thermoplastic terpolymer known for its outstanding balance of properties, making it one of the most widely used engineering plastics. It exhibits excellent impact strength, even at low temperatures, good surface gloss, dimensional stability, and electrical insulation properties. However, its weaknesses include poor weatherability (susceptibility to UV degradation), flammability, and

While halogen-free flame retardants (e.g., phosphorus-nitrogen and inorganic types) are widely discussed, brominated flame retardants remain irreplaceable in many applications due to their high efficiency. To address environmental and health concerns, eco-friendly brominated alternatives have been developed, primarily including polymeric brominated flame retardants and reactive brominated systems. Polymeric Brominated Flame Retardants: Brominated Epoxy Resin: Offers

ABS (Acrylonitrile Butadiene Styrene) resin is one of the world’s most widely used thermoplastics due to its unique balance of strength, rigidity, and impact resistance. Its largest applications are found in three core sectors: automotive, electronic appliances, and building materials. In the automotive field, ABS is used for both interior and exterior parts, including dashboards,